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            <Attribute name="description">We know about Arithmetic mean. In this video, we&#39;ll also learn about Geometric mean. Both of them are more alike than they look. Let&#39;s find out more! We first define the means. We try to find the values of AM and GM for two simple sequences. We then generalise our results to get the formula for both AM and GM. Finally, we tackle a practice problem to strengthen this concept.</Attribute>
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            <video:description>We know about Arithmetic mean. In this video, we&#39;ll also learn about Geometric mean. Both of them are more alike than they look. Let&#39;s find out more! We first define the means. We try to find the values of AM and GM for two simple sequences. We then generalise our results to get the formula for both AM and GM. Finally, we tackle a practice problem to strengthen this concept.</video:description>
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            <Attribute name="title">AM तथा GM के बीच संबंध (Relationship between AM and GM)</Attribute>
            <Attribute name="description">What is the relationship between AM and GM? Which one is greater than the other? Let&#39;s find out. We first tackle a concrete example where we realise that AM is greater. We then break down a rigorous proof showing that that&#39;s almost always the case. Finally, we zoom in on the corner case where both AM and GM are equal. We realise that the numbers themselves have to be equal for this to happen!</Attribute>
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            <video:description>What is the relationship between AM and GM? Which one is greater than the other? Let&#39;s find out. We first tackle a concrete example where we realise that AM is greater. We then break down a rigorous proof showing that that&#39;s almost always the case. Finally, we zoom in on the corner case where both AM and GM are equal. We realise that the numbers themselves have to be equal for this to happen!</video:description>
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            <Attribute name="description">Find the value of n such that something super hairy becomes the GM of a and b. Let&#39;s get our hands dirty and tackle this one! Although this problem is typically categorised as a GM problem, the only place where we need the GM formula is the first step. After that, we leverage a number of prerequisites from linear equations, exponents, roots of a solution, etc. This is what truly makes this problem challenging.</Attribute>
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            <video:description>Find the value of n such that something super hairy becomes the GM of a and b. Let&#39;s get our hands dirty and tackle this one! Although this problem is typically categorised as a GM problem, the only place where we need the GM formula is the first step. After that, we leverage a number of prerequisites from linear equations, exponents, roots of a solution, etc. This is what truly makes this problem challenging.</video:description>
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            <Attribute name="description">Given a clue about two numbers and their GM, prove that their ratio is a given irrational number. Another hairy problem. Although this problem is typically categorised as a GM problem, the only place where we need the GM formula is the first step. After that, we leverage a number of prerequisites from linear equations, quadratic equations, rationalisation, etc. This is what truly makes this problem challenging.</Attribute>
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            <video:description>Given a clue about two numbers and their GM, prove that their ratio is a given irrational number. Another hairy problem. Although this problem is typically categorised as a GM problem, the only place where we need the GM formula is the first step. After that, we leverage a number of prerequisites from linear equations, quadratic equations, rationalisation, etc. This is what truly makes this problem challenging.</video:description>
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            <Attribute name="description">Given AM and GM, can we find the numbers? Let&#39;s learn how to move in the reverse direction. In this video, we approach this problem through the world of quadratic equations. Since AM deals with sum of roots and GM deals with product of roots, we leverage both of these to generate a quadratic equation. The roots of this equation, turns out, are the numbers we&#39;re looking for!</Attribute>
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            <video:description>Given AM and GM, can we find the numbers? Let&#39;s learn how to move in the reverse direction. In this video, we approach this problem through the world of quadratic equations. Since AM deals with sum of roots and GM deals with product of roots, we leverage both of these to generate a quadratic equation. The roots of this equation, turns out, are the numbers we&#39;re looking for!</video:description>
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